Alex Mogilner

This paper uses live-cell microscopy and computational modeling to show that chromosome congression is driven by stochastic, transient microtubule interactions at the kinetochore corona.

This study uses simulations to show how different filament turnover models and mechanical factors affect contractility and bundle formation in actomyosin networks.

The paper shows how chiral multicellular patterns arise from actin self-organisation in cells, with chiral order starting at tissue boundaries and propagating inward.

This paper introduces an END-nSDE framework to reconstruct noisy gene regulation dynamics from heterogeneous cell populations, outperforming RNNs and LSTMs in modeling extrinsic noise effects.

This study uses a computational model to show that decentralized microtubule networks with branching and crosslinking optimize intracellular assembly processes by accelerating vesicle aggregation and spindle formation.

This study shows that galvanotactic directionality of cell groups depends on group size and internal cell signaling, with small PI3K-inhibited groups moving to the anode and larger ones to the cathode.

The paper uses computational modeling and experiments to show that polarized supracellular organization in cardiopharyngeal progenitor cell pairs enhances their migratory persistence and mechanical interactions during morphogenesis.